Motion Capture Vector Signatures for Game Interaction

The patent creates a virtual copy of the player's physical movements through camera-based motion detection. The system captures real-world player actions and generates corresponding virtual representations in the game environment, allowing players to interact with virtual items as if physically possessing them. This copying approach enables enhanced immersion without requiring players to physically hold actual items.

The patent replaces traditional mechanical controller input systems with optical camera-based motion detection. Instead of using physical controllers with buttons and joysticks, the system uses cameras to detect and interpret player movements, substituting mechanical interaction with optical field-based detection. This reduces the need for physical controllers while enabling more natural and immersive gameplay.

The patent extracts only the essential and relevant motion features from complete motion data sequences. Instead of storing all raw camera data points, the system identifies and stores only the key motion parameters that are necessary for accurate recognition, such as critical pose positions, movement trajectories, and temporal patterns. This extraction approach maintains recognition accuracy while significantly reducing storage requirements.

The patent inverts the traditional approach by first defining the essential motion characteristics needed for recognition, then capturing only those specific features rather than storing complete raw data and processing it later. This inversion allows the system to focus computational and storage resources on the most relevant motion information, achieving accurate recognition with minimal storage.